Synthetic biological digital circuits could lead to new therapeutic approaches, as well as new and efficient ways to produce complex molecules such as antibiotics, bioplastics or biofuels. India has declared several national parks and wildlife sanctuaries as Tiger Reserves.

National Tiger conservation authority administers the project tiger. Simple logic gates can be implemented and connected to perform novel desired functions or to better understand and redesign biological processes. Project Tiger is a centrally sponsored scheme which is under the administrative control of Ministry of Environment and Forest. This allows that digital computation can now be engineered and implemented in biological systems. The Buffer Gate has one input side and three output sides for red alloy cables, redstone, an adjacent circuit, machine, lamp or anything that can be controlled with redstone signals. For an easier usage, NEI and WAILA could be installed, which show the input and output on the Buffer Gate. This is mainly due to advances in in vitro DNA synthesis, new genome editing tools, novel molecular cloning techniques, continuously growing part libraries as well as other technological advances. A Buffer Gate from 'Project Red' with input and output sides indicated by WAILA. The field is experiencing a fast growth and every day it is easier to implement more complex biological functions. These devices can manage and store information, take decisions based on past and present inputs, and even convert a transient signal into a sustained response. Over the last decade the number of available synthetic engineered devices has increased exponentially simple and complex circuits have been built in bacteria, yeast and mammalian cells. Biocomputational devices are defined as biological systems that are able to integrate inputs and return outputs following pre-determined rules. In this context, biocomputation is the branch of synthetic biology aimed at implementing artificial computational devices using engineered biological motifs as building blocks. Our increasing understanding of biological systems guides this rational design, while the huge background in electronics for building circuits defines the methodology. Synthetic biology attempts to rationally engineer biological systems in order to perform desired functions.

They are able to sense external inputs and produce an output response by computing the information. Organisms have evolved a broad array of complex signaling mechanisms that allow them to survive in a wide range of environmental conditions. Hex Inverter Buffers/Drivers W/ Open-Collector High Voltage Output.

Project red buffer gate